Local AI inference at 32B-parameter quality, no cloud API required: University of Waterloo researchers released PAW on July 2 ...
Two systems with identical parameter counts can behave dramatically differently depending on how they are built.
The vision is to create a package for finite volume simulation with applications to geophysical imaging and subsurface flow. To enable the understanding of the many different components, this package ...
Abstract: Surface parameters (roughness and soil permittivity) are crucial for characterizing backscattering from bare soil. However, the estimation of roughness parameters (root-mean-square (rms) ...
Abstract: For radar observations, invariant target parameters extracted from the scattering matrix (SM) provide information about the target's geometry and composition. By studying the invariant ...
This paper evaluates three approaches to address parameter proliferation issue in nowcasting: (i) variable selection using adjusted stepwise autoregressive integrated moving average with exogenous ...
Understanding the kinetics of radical polymerization, especially under commercial high-temperature semibatch starved feed conditions, is a challenging task. This complexity is particularly pronounced ...
Here’s how MIT Technology Review waded through a mess of data and hidden variables to calculate the individual and collective energy demand from AI. When we set out to write a story on the best ...
There are numerous algorithms and architectures that have emerged for the modeling of complex dynamic systems using deep learning (12). Indeed, many deep learning algorithms have shown ...
Bioscrape is a Systems Biology Markup Language (SBML) simulator written in Cython for speed and Python compatibility. It can be used for deterministic, stochastic, or single cell simulation and also ...
This Research Topic comprises five articles submitted and selected within “Linear Parameter Varying Systems Modelling, Identification and Control.” Linear parameter varying (LPV) systems are linear ...